| Product Features |
|
|---|---|
| Country of Manufacture | United States |
| Magnification | 1X |
| Power Source | Hardwired |
There are backlit mirrors and there are backlit mirrors. The ClearMirror Clearlite™ mirror is one that's chock full of features. The LED panels are ultra-thin - 4mm - rendering complete and even coverage. The high-output LEDs are rated for 70,000 hours of use - 96 years at two hours per day. The mirror itself has a 6mm thickness with and overall thickness of less than an inch. There are polished edges and frosted LED illumination sections inset from the side. The mirror remains fog-free using ClearMirror fog-free technology. There's a dual mounting system for easy installation - use the mounting holes or Z-hanger. 24" Wide x 36" High, UL Listed, Made in the USA and covered by a 5-Year Replacement Warranty.
Custom sizes available - contact us for information.
Custom sizes available - contact us for information.
Color Rendering Index (CRI)
The color rendering index (CRI) is a measure of the ability of a light source to display the colors of various objects faithfully when compared the a natural light source. Light sources with a high CRI value are desirable in color-critical applications such as neonatal care and art restoration. Generally the higher the CRI, the more pleasing to the eye.
The highest possible CRI value is 100 and is frequently achieved by incandescent or "regular" light bulbs. Fluorescent "cool white" bulbs have a CRI of around 50 to 60, but some high-end multi-phosphor fluorescents can go up to 98. LEDs typically have an a CRI around 80, and better, more expensive LEDs can have CRIs up to 97 or 98.
The highest possible CRI value is 100 and is frequently achieved by incandescent or "regular" light bulbs. Fluorescent "cool white" bulbs have a CRI of around 50 to 60, but some high-end multi-phosphor fluorescents can go up to 98. LEDs typically have an a CRI around 80, and better, more expensive LEDs can have CRIs up to 97 or 98.
Color Temperature Comparison
Color Temperature is not Brightness Color temperature describes the color of the light.
The color temperature of any light bulb, including LEDs is measured in degrees Kelvin ("K"). The higher the color temperature, the closer the light is to pure white light at 10,000° K. A blue sky sunny day at noon has a color temperature of about 5,500° K. A very bright cloud-covered day, where the sky registers a color temperature of about 6,500° K., while a "regular" incandescent light bulb has a color temperature of about 2,700° K.
The color temperature of the lighting in your mirror may affect the way people see you in different situations. It's best, therefore, to choose a lighted makeup mirror with a color temperature to approximate your most frequent environment.
Many of our LED mirrors have their color temperature specified. And some makeup mirrors have adjustable or switchable color temperatures. For those where color temperature is not specified a reasonable guide is this: For incandescent bulbs, a color temperature of around 3,000° K. is normal. Fluorescents and LEDs with no color temperature specification have color temperatures around 4,600° K. The chart below can serve as a guide.
The color temperature of any light bulb, including LEDs is measured in degrees Kelvin ("K"). The higher the color temperature, the closer the light is to pure white light at 10,000° K. A blue sky sunny day at noon has a color temperature of about 5,500° K. A very bright cloud-covered day, where the sky registers a color temperature of about 6,500° K., while a "regular" incandescent light bulb has a color temperature of about 2,700° K.
The color temperature of the lighting in your mirror may affect the way people see you in different situations. It's best, therefore, to choose a lighted makeup mirror with a color temperature to approximate your most frequent environment.
Many of our LED mirrors have their color temperature specified. And some makeup mirrors have adjustable or switchable color temperatures. For those where color temperature is not specified a reasonable guide is this: For incandescent bulbs, a color temperature of around 3,000° K. is normal. Fluorescents and LEDs with no color temperature specification have color temperatures around 4,600° K. The chart below can serve as a guide.
If you're planning for an outdoor day, the higher the color temperature the better. For evenings on the town, 2,700&deb; K. to 3,500° K. is best. For office environment lighting conditions, color temperatures around 4,500° K. provide the closest match.
